Time-Domain Analysis of Radar Pulse Compression Signals

This paper provides a comprehensive discussion on simulating time-domain characteristics, frequency-domain properties, and ambiguity functions of radar pulse compression signals. We analyze the advantages and limitations of each simulation approach and demonstrate how these simulations can optimize radar system performance in practical applications. The implementation typically involves generating complex signal waveforms using MATLAB's phased array toolbox or Python's SciPy library, where key functions like chirp() for linear frequency modulation and ambgfun() for ambiguity function calculation are essential. We further examine methodologies for analyzing and interpreting simulation results, supported by real-world case studies. The discussion includes practical code snippets showing signal generation parameters and visualization techniques using plotting libraries. Finally, we explore future research directions and potential application scenarios, such as adaptive waveform design using machine learning algorithms, to provide readers with deeper technical understanding.